生物資訊及系統生物研究所

Biochemistry, Genetics and Molecular Biology

1. MicroRNA 100%
2. Support Vector Machine 55%
3. Amino Acids 47%
4. Gene Expression 44%
5. Genomics 42%
6. Posttranslational Modification 38%
7. Phosphotransferase 35%
8. Kinase 35%
9. Lysine 33%
10. phosphorylation 30%
11. Peptide 28%
12. Transcriptome 28%
13. Protein-Protein Interaction 27%
14. Ubiquitination 27%
15. Promoter Region 26%
16. Mitochondrial DNA 25%
17. Cancer Cell 24%
18. Binding Site 24%
19. RNA 24%
20. Mitochondrial Genome 24%
21. Amino Acid Composition 23%
22. Regulatory Network 23%
23. Proteomics 22%
24. Next Generation Sequencing 22%
25. Long Non-Coding RNA 22%
26. Biological Functions 22%
27. Messenger RNA 20%
28. Peptide Sequence 19%
29. Bioinformatics 19%
30. Ubiquitin Ligase 19%
31. Multi-Omics 18%
32. Gene Signature 18%
33. Genetic Algorithm 18%
34. Transcription Factors 18%
35. Holocephali 18%
36. Biological Phenomena and Functions Concerning the Entire Organism 17%
37. Tamsulosin 17%
38. Signal Transduction 17%
39. Protein Structure 16%
40. Feature Extraction 16%
41. Carcinogenesis 16%
42. Antimicrobial Peptides 16%
43. Drug Development 14%
44. Allosteric Regulation 14%
45. DNA Template 13%
46. DNA Methylation 13%
47. Enzyme 13%
48. RNA Sequencing 13%
49. Transcription 13%
50. Drug Resistance 13%
51. Mass Spectrometry 13%
52. Differentially Expressed Gene 13%
53. Transcriptomics 12%
54. Histone 12%
55. Regulatory Sequence 12%
56. Enzyme Specificity 12%
57. Protein Complexes 12%
58. Binding Protein 12%
59. Artificial Intelligence 12%
60. RNA Sequence 12%
61. Prognostic Biomarker 12%
62. Pan-cancer 12%
63. Gene Regulatory Network 11%
64. Exonuclease 11%
65. Immune Response 11%
66. RNA Gene 11%
67. Proteome 11%
68. Expression Level 11%
69. Transfer RNA 11%
70. P53 10%
71. Ubiquitin 10%
72. Accessible Surface Area 10%
73. Methylation 10%
74. Dipeptide 10%
75. Position Weight Matrix 10%
76. Protein-Protein Interaction Networks 10%
77. Copy-Number Variation 10%
78. Actin 10%
79. Escherichia coli 10%
80. Gene Expression Profiling 9%
81. Protein Function 9%
82. Cysteine 9%
83. Threonine 9%
84. Cell Proliferation 9%
85. Methionine 9%
86. Protein Tertiary Structure 9%
87. Cell Migration 9%
88. Real-Time Polymerase Chain Reaction 9%
89. Conformational Change 9%
90. Programmed Cell Death 9%
91. Carboxylation 9%
92. Methylation Analysis 9%
93. Conformation 9%
94. Gene Ontology 8%
95. Survival Time 8%
96. Protein Expression 8%
97. Random Forest 8%
98. Bacterium 8%
99. Mitochondrial Gene 8%
100. Active Site 8%

Keyphrases

1. MicroRNA 72%
2. Evolutionary Algorithms 36%
3. Support Vector Machine 25%
4. Electroencephalography 25%
5. Molecular Dynamics Simulation 24%
6. Machine Learning Techniques 23%
7. Phosphorylation Sites 23%
8. Substrate Motif 23%
9. Computational Framework 22%
10. Genetic Algorithm 22%
11. Brain-computer Interface 22%
12. Intelligent Genetic Algorithm 22%
13. Deep Learning 21%
14. Accurate Identification 20%
15. Gene Regulatory Network 18%
16. Protein-protein Interaction 18%
17. Antimicrobial Peptides 18%
18. Post-translational Modification 18%
19. Dengue Virus 18%
20. Complete Mitochondrial Genome 18%
21. In Cancer 17%
22. Breast Cancer 17%
23. Long Non-coding RNA (LncRNA) 17%
24. Latent Tuberculosis Infection 16%
25. Chromatin Immunoprecipitation (ChIP) 16%
26. RNA Sequencing (RNA-seq) 16%
27. Prediction Accuracy 15%
28. Steady-state Visual Evoked Potential (SSVEP) 15%
29. Chondrichthyes 15%
30. Database Update 15%
31. Deep Learning Framework 14%
32. Predictive Model 14%
33. Maximal Dependence Decomposition 14%
34. Amino Acids 13%
35. Amino Acid Composition 13%
36. Transcriptome 13%
37. Evolutionary 13%
38. Web Server 13%
39. Adaptive mutation 12%
40. Adaptation Rules 12%
41. Severe Acute Respiratory Syndrome Coronavirus 2 (SARS-CoV-2) 12%
42. Statistical Learning 12%
43. Cancer Types 12%
44. Capsule Network 12%
45. Tumor 12%
46. Gene Expression 12%
47. Attention Deficit Hyperactivity Disorder 12%
48. Methionine Residue 12%
49. Dipeptide 12%
50. Lamnidae 12%
51. Oral Tongue Squamous Cell Carcinoma (OTSCC) 12%
52. Biological Processes 11%
53. All-atom Molecular Dynamics Simulation 11%
54. Response Inhibition 11%
55. Virus 11%
56. Substrate Specificity 11%
57. Optimization Problem 11%
58. Cancer Genome Atlas 11%
59. Transcription Factor 11%
60. Functional Activity 11%
61. Protein-coding Genes 10%
62. Web Tool 10%
63. Phosphorylation 10%
64. Taiwan 10%
65. Optical Coatings 10%
66. Plant Growth Promoter 10%
67. Vertebrates 10%
68. Mitochondrial Genes 10%
69. Head-and-neck Squamous Cell Carcinoma (HNSCC) 10%
70. Evolutionary Learning 10%
71. Kinase-specific Phosphorylation 10%
72. Prediction Model 10%
73. Support Vector Machine Model 9%
74. Deep Learning Model 9%
75. Physicochemical Properties 9%
76. Bi-objective 9%
77. Bioinformatics 9%
78. Freely Available 9%
79. Biological Function 9%
80. Binding Site Prediction 9%
81. Mycobacterium Tuberculosis (M. tb) 9%
82. Non-coding RNA (ncRNA) 9%
83. Parameter Optimization 9%
84. Protein Post-translational Modification 9%
85. NS2B-NS3 Protease 9%
86. Malignancy 9%
87. Matrix-assisted Laser Desorption Ionization-time of Flight Mass Spectrometry 9%
88. Omics Data 9%
89. Algorithm-based 9%
90. Brain-computer Interface Systems 9%
91. Multi-omics 9%
92. Clinical Application 9%
93. Reference Genome 9%
94. MicroRNA Signature 9%
95. Active Tuberculosis 9%
96. Granulocyte Colony-stimulating Factor (G-CSF) 9%
97. Thin Film Design 9%
98. Optical Thin Film 9%
99. Hybrid Brain-computer Interface (hBCI) 9%
100. Neural Network Training 9%